SFA SANICOM 1 Notice D'installation page 21

EN
2.4 DISPOSAL
The device must not be disposed of as household waste
and must be disposed of at a recycling point for electrical
equipment. The device's materials and components are re-
usable. The disposal of electrical and electronic waste, re-
cycling and recovery of any form of used appliances con-
tribute to the preservation of our environment.
3. DESCRIPTION
Sanicom is a lifting pump for greywater originating from sinks,
clothes washing machines, dishwashers, showers or baths and ba-
sins, used in private or commercial applications (restaurants, hair-
dressings salons,...). Sanicom can pump out hot water.
The unit has a high performance level, and is safe and reliable, pro-
vided all the rules for installation and maintenance in this notice are
strictly followed.
Unauthorised pumped fluids:
The following liquids and substances are banned:
• Solid materials, fibres, tar, sand, cement, ash, coarse paper, hand
towels, wipes, cardboard, rubble, rubbish, slaughterhouse waste, oils,
greases, etc.
• Wastewater contaminated by human excrement (black water).
• Wastewater containing harmful substances (for example, untreat-
ed greasy waste from restaurants). Pumping these liquids and sub-
stances requires the fitting of a compliant grease trap, in accordance
with EN1825.
• Rain water.
Do not dispose of concentrated chemical products (acids, solvents,
bases, oxidants, reducers, etc.) into sanitary ware connected to the
Sanicom. Only the discharge of diluted products, followed by rinsing
with clean water, may be allowed in exceptional cases.
3.1 OPERATING PRINCIPLE
Sanicom 1 contains 1 pump.
The tank is equipped with 2 tubes, one controls motor activation,
and the second controls the alarm system.
Sanicom 2 contains two independent pumps. Both pumps operate
alternately to ensure even ware. In case of surcharge operation, both
motors run simultaneously (or if one pump fails, the other takes
over).
The tank is equipped with three dip tubes, two of which control mo-
tor activation, and the third controls the alarm system.
3.2 TECHNICAL DATA
Type
Maximum vertical pumping height
Voltage
Frequency
Maximum power consumption
Maximum current consumption
Electrical class
Protection index
Max. temperature permissible
5 min/h
Gross weight
4. INSTALLATION
The Sanicom installation must comply with EN12056-4 standards.
All work to install the equipment, put it into service and carry out
maintenance must be done by a qualified professional specialist.
4.1 FITTING
• The space in which Sanicom is installed must be large enough to
leave at least 600 mm around the unit for easy maintenance. This
space must be well lit, ventilated, and must never be immersed in
water and must be protected from frost.
• Isolation valves should be fitted to the inlet pipework and dis-
charge pipework to isolate the unit in case of the need for service.
• This discharge pipe must be designed so as to prevent back-flow
from the sewers. Backflow is avoided by installing an anti-backflow
loop located above the back-flow level.
Comment: unless otherwise stated locally, the back-flow
level corresponds to the level of the road or pave-
ments,...
• The pumping station must always be ventilated so that the tank is
always at atmospheric pressure. The ventilation must be completely
Sanicom 1 Sanicom 2
P 95 R 90
8 m 10 m
220-240 V 220-240 V
50-60 Hz 50-60 Hz
750 W 3 000 W
3.3 A 13 A
I I
IP X4 IP X4
90°C 90°C
11.5 kg 25 kg
12
free and air must flow in both directions (no diaphragm valve fitted).
Do not connect to a mechanically controlled ventilator.
• The alarm signal is always visible to the user. If necessary, use an
external alarm contact switch (see 7.3 Option of connection to an
external alarm (Sanicom 2) ) or the optional SFA wired alarm box.
4.2 FITTING
Fit the pumping station on the bare ground and level it with a spirit
level.
To avoid any risk of the pumping station floating, attach it to the
ground using the mounting kit provided.
4.3 HYDRAULIC CONNECTION
DANGER
 The pumping station must not be used as a control
point for piping.
 Prop up the pipes upstream from the pumping sta-
tion. Make connections without constraints.
 Use suitable means to compensate for thermal ex-
pansion of the piping.
4.3.1 Inlet
IMPORTANT
It is recommended that you mount check valves and stop valves on
the inlet pipes. These must be mounted so that they do not hinder
disassembly of the pumping station.
• Choose the connection openings to use.
• Cut the tip of the corresponding boss with a saw
The piping is supported.
All piping connections must prevent the propagation of noise and
be flexible.
4.3.2 Discharge
NOTICE
Improper fitting of the discharge pipe.
Leaks and flooding of the installation room!
 The pumping station must not be used as a control
point for piping.
 Do not connect other drain pipes to the discharge
pipe.
Sanicom 1: the discharge outlet incorporates a non-return valve and
is fitted with a Ø 32 mm sleeve.
Sanicom 2: the discharge outlet of each motor incorporates a non-re-
turn valve. They are joined by a Ø 50 mm Y-sleeve.
To prevent the risk of back-flow of water from the sewer, install the
discharge pipe in a «loop» so that its base, at the highest point, is
located above the back-flow level.
Fit a shutoff valve behind the check valve.
4.3.3 Ventilation
According to the recommendations of EN 12050-1, it must be
equipped with a vent above the roof. The pumping station must al-
ways be ventilated so that the tank is always at atmospheric pres-
sure. The ventilation must be completely free and air must flow in
both directions (no diaphragm valve fitted).
NOTICE
Insufficient ventilation.
Risk that the pumping station will not work!
 Do not connect to a mechanically controlled venti-
lator.
 Ventilation must remain free.
 Do not block the vent outlet.
 Do not install an air intake valve (diaphragm valve).
The vent pipe must not be connected to the vent pipe on the inlet
side of a grease trap.
Connect the ND50 vent pipe vertically to the vent opening with the
flexible couplings. The connection must be smell-proof.
4.4 ELECTRICAL CONNECTION
Do not make the electrical connection until the final con-
nections are completed